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高级电机控制工程师，负责开发高性能EV电机控制系统，主导轴向磁通电机控制方案设计与工具链搭建，致力于提升电动汽车能效与驾驶体验。
This position is perfect for a highly driven and creative professional with a passion for making EVs more efficient. We have a disruptive motor in development that we believe will make cars lighter, more efficient and quieter. We need your help building ultra high-performance controls to match the capabilities of the physical motor. We need your help to drive real EV improvements, helping to reduce GHG emissions and better driver experience. Put your ideas into action with this challenging opportunity!
The role motor controls play in EV development cannot be overstated. We are growing our motor development team rapidly. We need an innovative and driven engineer who wants to build not only products but a process and tool chain that can deliver on big goals and in record time. We are pushing through development of a new axial flux motor topology and need controls implemented in a way to maximize performance. We're going to change the EV landscape and help the environment while doing so, if this sounds like a movement you want to help lead, this is the role for you.
Additional Information:
Compensation: $ 130,000 to $ 150,000 annually
Recruitment Technology:
– Artificial intelligence (AI) is used to screen, assess, or select applicants for this position.
Accommodations for disabilities in relation to the job selection process are available upon request.
Minimum BEng in Electrical, Controls, Mechatronics Engineering, or a related field.
Minimum 7 years of experience in electric motor controls development, preferably within the automotive industry.
Demonstrated experience developing, simulating, implementing, and validating motor control algorithms for electric drives.
Experience developing motor control algorithms including FOC, sensorless control, observers/state estimation, field weakening, and torque/speed control.
Experience with PWM strategies including Space Vector PWM, Sine PWM, and discontinuous modulation techniques.
Strong understanding of motor drive systems, including motors, inverters, sensors, and power electronics.
Proficiency with MATLAB/Simulink for control algorithm development, simulation, and validation.
Experience implementing and debugging control algorithms on embedded real-time systems (e.g. TI C2000 DSPs) using C coding and/or Simulink Code Generation.
Experience with source control and collaborative development tools such as Git, GitLab, or GitHub.
Hands-on experience troubleshooting and validating motor control systems using dynamometers, SIL, PIL, and HIL.
Hands-on experience with laboratory and test equipment such as oscilloscopes, power analyzers, current probes, DAQ systems, and dynamometer instrumentation.
Experience in integrating motor control functions with sensors, ECUs, and power electronics
Proven ability to solve complex technical problems, drive controls development independently, and provide technical mentorship to junior engineers.
汽车制造业
